电子科学与技术专业介绍
本专业培养具备微电子和应用电子领域宽厚理论基础、专业知识和实践能力，能从事半导体分立器件、集成电路和电路板级应用电路的设计、制造、生产管理和教学工作的复合型人才。
毕业生掌握半导体物理和微电子器件基本理论，设计C语言和硬件描述语言程序，能够采用正向和逆向方法设计集成电路，具备集成电路工艺和器件仿真设计和实践能力;掌握电路板设计方法，具备开发单片机应用电路能力。
主要课程：电路与电子技术理论与应用系列课程、计算机基础技术系列课程、电子线路CAD、单片机原理及应用、微控制器系统及接口技术、数字系统与逻辑设计、半导体物理学、微电子器件基础、微电子工艺原理、集成电路原理与设计。
主要实践教学环节：计算机应用基础训练、电子工艺实习、模拟电子课程设计、数字电子课程设计、电子线路自动化技术设计实践、计算机网络课程设计、智能电子系统设计实践、集成电路版图课程设计、集成电路解析实践、微电子电路实训综合实践和生产实习等。
就业方向：学生毕业后可以报考本专业或相关专业研究生。 在微电子和应用电子等相关领域，在科研院所和学校从事研究和教学工作，在企业从事集成电路设计、电子元器件研制、应用电子产品软硬件设计和生产技术管理等工作。
engage in
  The major introduction of electronics science and technology
The major is to cultivate the interdisciplinary talents who have broad theoretical basis, professional knowledge and practical ability in microelectronics and electronic application fields, can engage in design, manufacturing, management and teaching for discrete semiconductor devices, integrated circuits , circuit board and other electric products.
The graduates master the basic theory of semiconductor physics and microelectronic devices, design programs by C language and hardware description language, can design integrated circuits with the forward and inverse method, have the abilities of integrated circuit process and device simulation design and practical. they master circuit board design, have the  ability of design SCM application circuits.
Main courses: the series courses of electronic technology theory and application, basic computer technology series courses, electronic circuit CAD. Principle and application of single chip microcomputer, micro controller system and interface technology, digital system and logical design, semiconductor physics, microelectronics device, principles of microelectronics process, integrated circuit principle and design.
Main practice courses: practice on computer application basic training, electronic technology, course design of analog electronics, course design of digital electronic, practice on electronic circuit automation technology design, course design of computer network, practice on intelligent electronic systems design, practice on integrated circuit layout design, practice on integrated circuit analytic, practice on microelectronic circuit.
Employment direction: the graduates can pursue the master degree of related majors. In microelectronics and electronic application fields, they also engage in research and teaching in scientific research institutes and universities, engaged in integrated circuit design, development of electronic devices, software and hardware design for electric products and management in enterprises.

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